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Overview
Overview
The Laser-Type Quadruped Robot is an intelligent robotic platform designed for reconnaissance, surveillance, and safety monitoring in high-risk or complex terrains.
With exceptional terrain adaptability, advanced sensing, and AI-driven autonomy, it delivers reliable performance in harsh environments where human access is limited.
Built to operate under extreme conditions — from −20°C to +55°C and at altitudes up to 5,000 meters — the robot integrates multiple laser and imaging sensors to support real-time target detection, obstacle avoidance, and collaborative operation with other unmanned systems.
Its rugged mechanical design and high-performance computing architecture make it ideal for military, security, and disaster-response applications, ensuring stable mobility, continuous data transmission, and comprehensive situational awareness
Key Features
Key Features
Main Function
Main Function
Engineered for Extreme Missions and Hostile Terrains
Engineered for Extreme Missions and Hostile Terrains
Operates flawlessly in demanding environments — from scorching deserts and icy plateaus to high-altitude zones, collapsed structures, and contaminated areas — where precision, endurance, and autonomy are critical for mission success.
Discover how the Laser-Type Quadruped Robot redefines field reconnaissance and mission reliability
Discover how the Laser-Type Quadruped Robot redefines field reconnaissance and mission reliability
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